Engineering (AS) Engineering and Applied Technology Total Units: 37.5

Term Effective: Fall 2010

The requirements for this program of study are effective beginning the semester shown above. If you began working on this program before the effective semester, you may not be affected by the changes. Consult with the program contact person or the department chair to determine your eligibility to complete the program under previous requirements.

Term Inactive: Spring 2011

Associate Degree Requirements:

The major is one of several requirements students need to fulfill in order to be awarded the Associate Degree, the highest level of academic achievement recognized by Santa Rosa Junior College. Please note that all of the following requirements must be met in order for the degree to be conferred:

For all students admitted for the Fall 2009 term or any term thereafter, a grade of "C" or better, or "P" if the course is taken on a pass/no pass basis, is required for each course applied toward the major.

Previous Versions:

Engineering - effective Summer 2008


The Engineering Transfer Program is designed for students seeking to fulfill lower division preparation for junior level transfer to bachelor degree engineering programs at four-year colleges and universities. Students develop the analysis, teamwork, design, and communication skills necessary to succeed in their upper division work and as an engineer in industry.

Program Student Learning Outcomes

Upon successful completion of this major, the student will be able to:

  1. Apply lower division level knowledge of math, science, and engineering to the formulation and solution of engineering problems;
  2. show competence with modern engineering tools necessary for success in upper division engineering course work;
  3. demonstrate a solid foundation of communication, teamwork, analysis, and design skills necessary for success in upper division work; and
  4. develop a foundation for life-long learning in the evolving group of engineering disciplines that function within a framework of environmental, social, political, health and safety, economic and ethical concerns.

Students interested in a suggested order for taking classes in this program, can view the recommended course sequence.

Program Requirements:

The requirements for the Engineering program are:

  • Complete 37.5 units from
    • Engineering Requirements

Engineering Requirements - complete 37.50 units
ENGR 10Introduction to the Engineering Profession1.50
MATH 1ACalculus, First Course5.00
MATH 1BCalculus, Second Course5.00
MATH 2ACalculus, Third Course3.00
MATH 2Calculus, Fourth Course-Differential Equations3.00
PHYS 40Classical Mechanics for Scientists and Engineers5.00
Complete any combination totaling at least 5.00 units from the following:
CHEM 1AGeneral Chemistry5.00
CHEM 4AGeneral Chemistry with Quantitative Analysis5.00
Complete any combination totaling at least 6.00 units from the following:
ENGR 6Programming in MATLAB for Engineers3.00
ENGR 16Electric Circuits and Devices4.00
ENGR 25Engineering Graphics and Design3.00
ENGR 34Engineering Mechanics: Statics3.00
ENGR 45Properties of Materials4.00
Complete any combination totaling at least 4.00 units from the following:
PHYS 41Waves, Optics and Thermodynamics for Scientists & Engineers4.00
PHYS 42Electricity and Magnetism for Scientists and Engineers4.00

Course Prerequisites and Advisories:

Courses in a program of study may have prerequisites or advisories; that is, courses that must or should be completed before taking that course. Please check for prerequisites or advisories by clicking on the course numbers in the Program Requirements section.

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